M400034 五、新型說明： 【新型所屬之技術領域】 本創作係關於一種滑鼠，具體而言，本創作係關於—種具按摩 功能之滑鼠。 ^ 【先前技術】 電腦在現今社會中非常普及，幾乎每個人均必需操作電腦而 電腦最主要的輸人裝置之-就是滑鼠。隨著現代人每日操作滑鼠 的時間越來越長’因而產生許多因長時間操作滑鼠而引發的手： 僵硬、酸痛、疲勞等不適症狀。 為了能夠長時間舒適地使用滑鼠，減低長時間操作滑鼠所帶來 的不適，習知技術將-般滑鼠加人震動功能，俾利使用者於使用 過程中能_由震_緩手部之不適，進而保護使用者之手部。 請參考第！圖，其係為習知震動滑鼠,之爆炸圓。習知震動滑 2 1包含—殼體11 一電路板13以及—震動馬達。殼體U呈 有一上子殼體11丨及一下早对鞞丨M . 下子成體113並形成一容置空間。該容 空間適以容置電路极η 7 Θ +私 板以及辰動馬達丨5。其卜震動產生器i5 係-置於電路板丨3之—表面上，如第2圖所示。 然而’此種習知震動-晋〇 電路板U傳至上子 :動馬一 震動難以傳達至使二之手掌，U者之手掌’ Μ其 以致電路板"長期受到=^?在電路板上進行震動， 晨動馬達丨5之震動’電路板13將因此損 3 M400034 上之滑鼠座標定位 習知震動滑鼠〗無 壞’並且震動馬達i5將震動固定在電路板J3 元件’使其❹m之滑鼠座標不斷偏移震動。 論在品質上及使用壽命上都有很大的缺點。 综上所述，提供一種震動滑 β趴便具辰動仟以較習 右# έ士揸；去Z： V土 mβ ... 辰勒/月叭 沉Μ ΤΓ 平乂筲知霄 更有效地傳達至使用者手掌， 艮 並且 避免因履動而造成滑鼠損 避免影響滑鼠座標定位，乃貝如 乃為此業界亟需努力之目標。 【新型内容】 本創作之一目的在於提供一 使用者之手部。 種滑鼠，能夠有效地將 震動傳達至 本創作之另一目的在於提供一種滑鼠能夠避免滑鼠所產生之 震動造成損壞，並影響滑鼠座標定位。 為達前述目的，本創作之滑鼠包含一殼體、一電路板、—震動 產生器以及-震動控制裝置。其中，殼體形成—容置空間，該容 置空間適以容置電路板以及震動產生器。本創作之震動產生哭係 遠離電路板固設置於殼體之—上部之—内表面上。本創作滑鼠之 結構，不但能夠避免震動產生器直接固定於電路板上產生震動， 而造成電路板的損壞’並且能夠避免震動影響滑鼠座標定位。再 者’因為本創作滑鼠，係將震動產生器設置於使用者之手部直接 接觸到之殼體之上部之内表面上，而使其震動傳遞至使用者手部 之效率能夠大幅提升，達到良好的震動按摩效果。 在參閱圖式及隨後描述之實施方式後，此技術領域具有通常知 硪者便可瞭解本創作之其他目的，以及本創作之技術手段及實施 M400034 態樣。 【實施方式】 作=過實施例來解釋本創作之-種滑氣。需說明者，本創 产、庫用七卫非用以限制本創作需在如下所述之任何特定之環 釋、式方能貫施。因此’關於實施例之說明僅為闡 釋本創作之目的，”用錄制本創作。 %先參考第3 ' 4圖’其係為本創作之滑鼠3之_實施例 之爆炸圖以及剖面圖。 ^ ^ ^ ^ 口丰創作之滑乳3包含一殼體31 '一電路板 33辰動產生器35。其中，殼體31形成—容置空間該容置空 ^適以令置電路板33以及震動產生器％。震動產生器h係遠離 電路板33並利用—固定結構351固設於殼體3 i之一上部之一内 表面上。 更°羊細而g，殼體31包含一上子殼體311及一下子殼體313。 上子殼體311及下子殼體313用以相互組合為殼體31，以形成該 '、置2門如述51又體3丨之s玄上部及該内表面係位於上子殼體 3 1丨展動產生杰3 5係利用固定結構3 5丨固設於殼體3丨之上子殼 體311之内表面上。其令，固定結構351可為一黏性體、—卡合 結構或其他固定結構。 藉此’本創作滑鼠3能夠避免震動產生器35直接固定於電路板 33上產生震動’而造成電路板33損壞，並且能夠避免震動產生器 35產生之震動影響本創作滑鼠3之座標定位。再者，因為使用時， 使用者之手部係直接接觸到之殼體31之上子殼體311，因此設置 5 M400034 於殼體31之上子殼體3n内表面上之震動產生器35產生之震動， 能夠有效地直接傳遞至使用者手部，以㈣用者手部能夠有效藉 由震動獲得舒緩。 本創作之滑鼠3更包含一震動控制裝置。震動控制裝置部分外 路於殼體31外，並電性連結震動產生器A用以讓使用者能夠控 制震動產生器35。震動產生器35藉由該震動控制裝置電性連接至 電=板33,藉此獲得電路板33供應予震動產生器％之一電力。 於貫際使用時，使用者可藉由雷奸 由'^動H置’開關震動產生器 或控制調整震動產生器35之震動。 。月參考第3圖’本創作之第—實施例之震動控制裝置包含一震 汗1關37 I動调即裝置39以及一可變電阻（圖未示出）。該可 變電阻可設置於震動調節褒置刊内。震動開關37外露於殼體31， 亚電料接於震動產生器35，用以讓使用者開啟/關閉震動產生器 35。襄動調節裝置39亦外露於般體3】，並電性連接於該可變電組 以及震動馬達35。使用者可依照需求調整震動調節裝置^，而該 Z變電組適可依震動調節裝置39之控制改變輸入至震動產生器 之一驅動電流，以調整震動 η正辰勤產生益35所產生震動之一震動強 ! 0 。月参考第5、6圖，其係為本創作之滑氣3之第二實施例之爆炸 :以及剖面圖。本創作之第二實施例之滑鼠3相似於前述第一實 ^之^結構’其中不同處在於震動控制裝置係包含-震動調 即衣置心及一控制晶片34。其中，控制晶片34設置於電路板 上，亚且震動調節裝置32係電性連接至控制晶片34,控制晶 M400034 片34復電性連接至震動產生器35。於實際使用時，使用者可依需 求，藉由按壓震動調節裝置32，控制控制晶片34，並藉由控制晶 片34。周整辰動產生器35之一震動型式以及—震動強度。 李父佳地’本創作第二實施例之滑鼠3可更包含一綠色led、— 紅色咖及—黃色LED (圖未示出），用以顯示震動產生器35之 :震動狀態’並且震動調節裝置32包含—第一切換按紐切及— 弟二切換按紐322。使用者可依需求，以每按一下第—切換按紅 .1切換為下—段震動形式’或以每按一下第二切換按紐322切換 2上&震動形式之方式’控制控制晶片34，進而改變震動產生 5之展動狀。其中，震動狀態可包含12段變化如 以此為限： —个 第0段：震動產生器35停止運轉； 奸I 1 &辰動產生器35持續微弱運轉，且綠色LED以發光0.25 γ閉〇‘25秒之模式於震動產生器35運轉時反覆持續閃燦； 以^又·辰動產生器35持續中度運轉’且綠色LED與黃色LED 續閃=5秒/關閉0.25秒之模式於震動產生器35運轉時反覆持 二Γ二晨動產生器35持續強烈運轉，且綠色led、黃色led ㈣yED以發光0·25秒/關閉025秒之M400034 V. New description: [New technical field] This creation is about a kind of mouse. Specifically, this creation is about a kind of mouse with massage function. ^ [Prior Art] Computers are very popular in today's society. Almost everyone has to operate a computer. The most important input device of a computer is the mouse. As modern people operate the mouse longer and longer, they produce many hands that are caused by long-term operation of the mouse: discomfort such as stiffness, soreness, fatigue, and the like. In order to be able to use the mouse comfortably for a long time, and to reduce the discomfort caused by the long-time operation of the mouse, the conventional technology will add a vibration function to the mouse, and the user can use it during the use process. The discomfort of the department protects the user's hand. Please refer to the first! Figure, which is a known vibrating mouse, the explosion circle. The conventional shock slip 2 1 includes a housing 11 a circuit board 13 and a vibration motor. The housing U has an upper sub-housing 11 and an early facing upper M. and an upper receiving body 113 and forms an accommodation space. The space is suitable for accommodating the circuit pole η 7 Θ + private board and the motor 丨 5. The vibration generator i5 is placed on the surface of the circuit board 3 as shown in Fig. 2. However, 'this kind of conventional vibration-Jinyi circuit board U passed to the upper son: the vibration of a horse is difficult to convey to the palm of the hand, the palm of the U's palm ' Μ 以 电路 电路 电路 电路 长期 长期 长期 长期 长期 长期 长期 长期 长期 长期 长期 长期 长期 长期 长期 长期 长期Performing the vibration, the vibration of the morning motor 丨5' circuit board 13 will damage the mouse on the M400034, the positioning of the mouse is not bad, and the vibration motor i5 fixes the vibration on the board J3 component to make it ❹m The mouse coordinates are constantly offset by vibration. There are great shortcomings in terms of quality and service life. In summary, provide a kind of vibration sliding β 趴 具 辰 仟 仟 较 习 习 习 习 习 习 习 较 揸 揸 揸 揸 揸 揸 揸 揸 揸 揸 揸 揸 揸 揸 揸 揸 揸 揸 揸 揸 揸 揸 揸 揸 揸 揸 揸 揸 揸 揸 揸 揸It is conveyed to the palm of the user, and the horse is prevented from being damaged by the movement to avoid affecting the positioning of the mouse coordinates. [New Content] One of the purposes of this creation is to provide a user's hand. Another kind of mouse that can effectively transmit vibration to this creation is to provide a mouse that can avoid damage caused by the vibration of the mouse and affect the positioning of the mouse coordinates. To achieve the foregoing objectives, the mouse of the present invention comprises a casing, a circuit board, a vibration generator and a vibration control device. Wherein, the housing forms an accommodating space, and the accommodating space is adapted to accommodate the circuit board and the vibration generator. The vibration of this creation creates a crying system that is placed away from the circuit board and placed on the inner surface of the upper part of the casing. The structure of the mouse is not only to prevent the vibration generator from being directly fixed on the circuit board to generate vibration, but also to cause damage to the circuit board' and to prevent vibration from affecting the positioning of the mouse coordinates. Furthermore, because the mouse is created, the vibration generator is placed on the inner surface of the upper part of the casing directly contacted by the user's hand, and the efficiency of transmitting the vibration to the user's hand can be greatly improved. Achieve a good vibration massage effect. After reading the drawings and the embodiments described hereinafter, those skilled in the art will be able to understand the other objects of the present invention, as well as the technical means of the creation and the implementation of the M400034 aspect. [Embodiment] The following example is used to explain the kind of slipperiness of the present creation. It should be noted that the seven generations of this creation and the library are used to limit the creation of any creation and the following methods. Therefore, 'the description of the embodiment is only for the purpose of explaining the purpose of this creation," using the recording. The first reference to the 3 '4 figure' is the explosion diagram and sectional view of the embodiment of the mouse 3 of the creation. ^ ^ ^ ^ The mouth of the creation of the milk 3 includes a housing 31 'a circuit board 33 generator 35. The housing 31 is formed - the accommodation space is accommodated to accommodate the circuit board 33 and The vibration generator is located far away from the circuit board 33 and is fixed on the inner surface of one of the upper portions of the housing 3 i by the fixing structure 351. Further, the housing 31 includes a top. a housing 311 and a lower housing 313. The upper sub-casing 311 and the lower sub-casing 313 are used to combine with each other to form a housing 31 to form the second door, and the two doors are as described above. The inner surface is located on the upper sub-casing 3 1 丨 产生 产生 产生 产生 3 3 5 5 5 5 5 5 5 5 5 5 5 5 5 丨 丨 丨 丨 丨 丨 丨 丨 丨 351 351 。 。 。 。 。 。 a viscous body, a snap-fit structure or other fixed structure. By this, the mouse 3 can prevent the vibration generator 35 from being directly fixed to the circuit board 33. The vibration is generated to cause damage to the circuit board 33, and the vibration generated by the vibration generator 35 can be prevented from affecting the coordinate positioning of the present mouse 3. Further, since the user's hand is in direct contact with the housing 31 during use, The upper sub-housing 311, so that 5 M400034 is provided on the inner surface of the sub-housing 3n on the inner surface of the casing 31, the vibration generated by the vibration generator 35 can be effectively transmitted directly to the user's hand, and (4) the user's hand The mouse 3 of the present invention further includes a vibration control device. The vibration control device is externally connected to the outside of the casing 31, and is electrically connected to the vibration generator A for allowing the user to control the vibration generation. The vibration generator 35 is electrically connected to the electric=plate 33 by the vibration control device, thereby obtaining the electric power supplied from the circuit board 33 to the vibration generator %. When used continuously, the user can use the thunder The rape is controlled by the '^ moving H' switch vibration generator or by adjusting the vibration of the vibration generator 35. The reference to Fig. 3 of the present invention is the vibration control device of the present embodiment including a shock sweat 1 off 37 I movement Device 39 And a variable resistor (not shown). The variable resistor can be disposed in the vibration adjustment magazine. The vibration switch 37 is exposed to the housing 31, and the sub-electric material is connected to the vibration generator 35 for the user. The vibration generator 35 is turned on/off. The tilting adjustment device 39 is also exposed to the body 3] and electrically connected to the variable power unit and the vibration motor 35. The user can adjust the vibration adjusting device ^ according to requirements, and the Z The power-changing group can change the driving current input to one of the vibration generators according to the control of the vibration adjusting device 39, so as to adjust the vibration η, the positive-time power generation, the vibration generated by the benefit 35 is strong! 0. The monthly reference 5, 6 , which is the explosion of the second embodiment of the slippery 3 of the creation: and a sectional view. The mouse 3 of the second embodiment of the present invention is similar to the first embodiment described above, wherein the difference is that the vibration control device comprises a vibration center and a control wafer 34. The control chip 34 is disposed on the circuit board, and the vibration adjusting device 32 is electrically connected to the control chip 34, and the control crystal M400034 is electrically connected to the vibration generator 35. In actual use, the user can control the control wafer 34 by pressing the vibration adjusting device 32 as needed, and by controlling the wafer 34. A vibration type of the peripheral actuator 35 and the vibration intensity. The father of the second embodiment of the present invention can further include a green led, a red coffee and a yellow LED (not shown) for displaying the vibration generator 35: vibration state and vibration The adjustment device 32 includes a first switching button and a second switching button 322. The user can control the control chip 34 by pressing the first-switching red.1 switch to the next-segment vibration form or pressing the second switching button 322 to switch the 2& vibration mode according to the demand. And then change the vibration to produce 5 movements. Wherein, the vibration state may include 12 segments of variation as limited thereto: - a 0th segment: the vibration generator 35 stops operating; the trait I 1 & the generator 35 continues to run weakly, and the green LED is illuminated by 0.25 γ 〇 '25 seconds mode is continuously flashing when the vibration generator 35 is running; the mode is continuously running 'with the green generator and the yellow LED flashing = 5 seconds / off 0.25 seconds When the vibration generator 35 is in operation, the second morning generator 35 is continuously operated in a strong manner, and the green led and the yellow led (four) yED are illuminated for 0·25 seconds/closed for 025 seconds.
運轉時反覆持續㈣； H 烈運_，且Γ動產生為35以震動0·5秒/停止0·5之模式間歇地強 τ且，.亲色led、黃色LED盥 0.25秒m λ β …邑LED以發光0.25秒/關閉 於震動產生器35運轉時反覆持續_ ; 35.^0,5#/ffjt〇25^^ai^ 7 WU0034 強J、運轉綠色LED '黃色led與紅色LED以發光0.25秒/ 關閉0.25秒之模式於震動產生器35運轉時反覆持續問燦； 苐 晨動產生器35以震動0.25秒/停止〇.丨秒/震動0.1秒/ h止0.1心/震動〇·丨秒/停止〇丨秒/震動〇 1秒以亭止〇丨秒之模式 間歇地強烈運轉’且綠& LED、黃色LEd與紅色[ED以發光〇 Μ 1/關閉G.25秒之模式於震動產生器％運轉時反覆持續閃燦； 第7 & .辰動產生器35以弱―中—強運轉1秒/停止〇丨秒之模 式又化辰動’且綠色LED '黃色LED與紅色led以發光〇 25秒/ 關閉0 · 2 5秒之模式於震動產生器3 5運轉時反覆持續問燦； 第8 ί又展動產生器35以弱—中〇強—中—弱運轉1 5秒，停止 〇」秒之模式變化震動，且綠色led、黃色LED與紅色LED以發 光0.25心/關閉0 25秒之模式於震動產生器運轉時反覆持續閃 第9 &展動產生裔35以弱—t—強―中—弱運轉⑴秒之模 式變化震動’且綠色LED、黃色LED與紅色咖以發光心秒/ 關，0’25 #之;^式於震動產生器35運轉時反覆持續閃燦； 第10 & ·襄動產生器35以弱/中/強隨機變換強度之模式 秒變化1次，且綠色lED、普色LE斑 . „ „ _ 只色LED以發光〇·25秒/ 二.5秒之模式於震動產生器35運轉時反覆持續閃燦；以及 弟"段：震動產生器35以強烈運轉〇25秒 狀態，且料LED、黃色LED與紅色LED以發光段 科夕松▲ &尤υ.25秒/關閉0.25 '式於震動產生器35運轉時反覆持續閃爍。 式藉此’本創作滑y應使用者之需求而進行不同之震動模 M400034 本創作滑氣3之震動產生器35可為一圓柱形震動馬達（如第3 至6圖所不）或一圓盤形震動馬達36(如第7圖所示）。具體而言， IB柱形展動馬達之一圓柱本體可具有實質上介於6毫米至12毫米 之直徑，以及實質上介於丨〇毫米至15毫米之一長度。於實際 產扣上，可使用台灣力臻股份有限公司（LJ DEIVICE c〇，) 所出產型唬為 P12I5A-41-P2、P1215B-4 丨-P2 及 P0610A-39-S 之 圓柱幵/震動馬達。其令，P1215A-4I-P2及P1215B-41-P2之-圓柱 本體具有實質上12毫米之一直徑以及15毫米之一長度而 P0610A-39-S之-圓柱本體具有實f上6毫米之—直徑以及^ ^ 笔米之長度。如第7圖所示之圓盤形震動馬達36實 ^，其一圓盤本體具有實質上12毫米之—直徑以及3.4毫^1口 η度…本為明所使用之震動產生器％於實際產品上皆不以此為 限。 斤攻本創作藉由㈣之手法’藉由將震動產生器遠離電 =板固叹於上子殼體之内表面上不但可以實質上避免震動產生 :直：：電路板上震動而造成電路板元件的損壞以及避免影響滑 更因為將展動產生器設置於上子殼體而提升震動傳 遞至使用者手部之效率，達到良好的震動按摩效果。本創作可有 效地解決先前技術之問題。 上述之實施例僅用來例舉本創作之實施態樣，以及闊釋本創作 之=徵’並非用來限制本創作之範♦。任何熟悉此技 2元成之改變或㈣性之安排均屬於本創作所主張之範圍，本 創作之榷利範圍應Μ請專利範圍為準。 M400034 【圖式簡單說明】 第1圖係習知震動滑鼠之爆炸圖； 第2圖係習知震動滑鼠之剖面圖； 第3圖係本創作第一實施例之滑鼠之爆炸圖； 第4圖係本創作第一實施例之滑鼠之到面圖； 第5圖係本創作第二實施例之滑鼠之爆炸圖； 第6圖係本創作第二實施例之滑鼠之剖面圖；以及 第7圖係本創作之滑鼠使用圓盤形震動馬達之剖面圖。 【主要元件符號說明】 1:震動滑鼠 Π :殼體 111 :上子殼體 113 :下子殼體 13:電路板 1 5 :震動馬達 3 :滑鼠 31 :殼體 311 :上子殼體 313 :下子殼體 32 :震動調節裝置 3 21 :第一切換按紐 322 .第二切換按鈕 33 :電路板 34 :控制晶片 35 :震動產生器 351 :固定結構 36 :圓盤形震動馬達 37 :震動開關 39 :震動調節裝置Repeatedly during operation (4); H 烈 _, and the turbulence is 35 to vibrate 0 · 5 seconds / stop 0 · 5 mode intermittently strong τ and, color LED, yellow LED 盥 0.25 seconds m λ β ...邑LED illuminates for 0.25 seconds / turns off when the vibration generator 35 is running continuously. _ ; 35.^0,5#/ffjt〇25^^ai^ 7 WU0034 Strong J, running green LED 'Yellow led and red LED to illuminate The mode of 0.25 sec / 0.25 sec is repeated when the vibration generator 35 is running continuously; the 苐 morning generator 35 is vibrated for 0.25 sec / stop 〇. 丨 second / vibration 0.1 sec / h 0.1 heart / vibration 〇 · 丨Seconds/stop leap seconds/vibration 〇 1 second in a kiosk stop-and-leak mode intermittently intensely running 'and green & LED, yellow LEd and red [ED to illuminate 〇Μ 1/off G.25 seconds mode When the vibration generator is running, it will continue to flash repeatedly; the 7th & generator generator 35 will operate in a weak-medium-strong operation for 1 second/stop leap second mode and the green LED 'yellow LED and red Led with illuminating 〇 25 seconds / off 0 · 2 5 seconds mode in the vibration generator 3 5 when running repeatedly to continue to ask; 8th ί and then the generator 35 to weak - medium reluctance - in - Weak operation for 1 5 seconds, stop the mode change vibration of 〇" second, and the green led, yellow LED and red LED light 0.25 heart / off 0 25 seconds mode when the vibration generator is running continuously flashes 9 & Genesis 35 changes vibration in a weak-t-strong-medium-weak mode (1) second mode and green LED, yellow LED and red coffee to illuminate heart seconds/off, 0'25 #;^ in vibration generator 35 Repeatedly flashing during operation; 10th & · Turbulence generator 35 changes in the mode of weak/medium/strong random transformation intensity once, and green lED, plain color LE spot. „ „ _ only color LED to illuminate 〇·25 sec / 5.2 sec mode repeatedly flashes when the vibration generator 35 is running; and the younger "section: the vibration generator 35 is in a state of intense operation for 25 seconds, and the LED, yellow LED and red LED In the case of the light-emitting section, the Kesson ▲ & υ υ. 25 sec / off 0.25 ′ is continuously flashing while the vibration generator 35 is operating. By means of this design, the vibration generator M400034 can be used as a cylindrical vibration motor (as shown in Figures 3 to 6) or a circle. Disc vibration motor 36 (as shown in Figure 7). In particular, one of the cylindrical bodies of the IB cylindrical spread motor can have a diameter substantially between 6 mm and 12 mm, and a length substantially between 丨〇 mm and 15 mm. For actual production, you can use the cylindrical 幵/vibration motor of P12I5A-41-P2, P1215B-4 丨-P2 and P0610A-39-S produced by LJ DEIVICE c〇. . Therefore, the cylindrical body of P1215A-4I-P2 and P1215B-41-P2 has a diameter of substantially 12 mm and a length of 15 mm and the cylindrical body of P0610A-39-S has a true f of 6 mm. The diameter and the length of the ^ ^ pen meter. The disc-shaped vibrating motor 36 shown in Fig. 7 has a disc body having a diameter of substantially 12 mm and a diameter of 3.4 m ^1. The vibration generator used in the present invention is actually The product is not limited to this. By the method of (4), by using the vibration generator to stay away from the electric=plate, the inner surface of the upper sub-housing can not only avoid the vibration generated: straight: the circuit board vibrates and causes the circuit board The damage of the component and the avoidance of the slippage are caused by the fact that the spreader is placed on the upper sub-housing to increase the efficiency of vibration transmission to the user's hand, achieving a good vibration massage effect. This creation can effectively solve the problems of the prior art. The above embodiments are only used to exemplify the implementation of the present invention, and the disclosure of the present invention is not intended to limit the scope of the present invention. Any arrangements that are familiar with the changes or (4) nature of this technology are within the scope of this creation. The scope of the creation of this creation shall be subject to the patent scope. M400034 [Simple diagram of the drawing] Fig. 1 is an exploded view of a conventional vibrating mouse; Fig. 2 is a sectional view of a conventional vibrating mouse; Fig. 3 is an exploded view of the mouse of the first embodiment of the present creation; 4 is a top view of the mouse of the first embodiment of the present creation; FIG. 5 is an exploded view of the mouse of the second embodiment of the present creation; and FIG. 6 is a sectional view of the mouse of the second embodiment of the present creation Fig. 7 and Fig. 7 are sectional views of the mouse using the disc-shaped vibration motor. [Explanation of main component symbols] 1: Vibration mouse Π : Housing 111 : Upper sub-housing 113 : Lower sub-housing 13 : Circuit board 1 5 : Vibration motor 3 : Mouse 31 : Housing 311 : Upper sub-housing 313 : lower sub-housing 32 : vibration adjusting device 3 21 : first switching button 322 . second switching button 33 : circuit board 34 : control wafer 35 : vibration generator 351 : fixing structure 36 : disc-shaped vibration motor 37 : vibration Switch 39: vibration adjustment device